Technical Skills
- Programming Languages: C, C++, Python, Java (Intermediate)
- Microcontrollers/Microprocessors: Arduino (Uno, Nano, Mega), ESP32, Raspberry Pi, 8085/8086
- Software & Tools: KiCad, LTspice, Proteus, Arduino IDE, Scilab
- Core Technologies: Embedded Systems, PCB Design, Digital & Analog Electronics, RF Communication, IoT, Wireless Communication
Projects
SHAPE-SAT — Student High Altitude Payload Experiment Satellite
- Solar-powered IoT satellite demonstrator built on ESP32 microcontroller, replicating real small-satellite architecture and operational behavior
- Integrated multi-sensor payload with autonomous mission modes, real-time telemetry, and energy-aware power management system
- Developed Python-based ground station with live data visualization and onboard Wi-Fi dashboard for real-time monitoring
- Demonstrated expertise in embedded systems, telemetry protocols, and end-to-end system design
ECG Monitoring Device with Arduino & Python
- Developed compact real-time ECG monitoring system using AD8232 sensor and Arduino Nano for bio-signal acquisition
- Implemented data visualization in Python using Matplotlib for raw and filtered ECG data with heartbeat analysis
- Resolved voltage stability issues with 3.3V adapter module and optimized electrode configuration for cost-effective operation
- Currently integrating machine learning algorithms for early cardiac anomaly detection; transitioning to Raspberry Pi Pico for enhanced performance
RC Plane with Custom-Built Receiver and Transmitter
- Designed and fabricated fully functional RC plane with self-made RF receiver and transmitter for precise wireless control
- Developed complete circuit design, PCB fabrication, and firmware for reliable radio communication system
- Integrated servo motors and brushless DC motor (BLDC) with real-time control signal transmission and interpretation
- Engineered lightweight, aerodynamically optimized frame ensuring stable and responsive flight characteristics
- Showcased expertise in embedded systems, RF communication protocols, and aerodynamics
RF Receiver and Transmitter System (NRF24L01)
- Developed 100m range RF remote control system using NRF24L01 modules and Arduino Nano for both transmitter and receiver
- Enabled precise control of servo motors, DC motors, drones, and customizable devices with reliable wireless communication
- Successfully implemented in 4×4 drive car for RoboSoccer competition and basic drone stabilization systems
Snake Game on Addressable LED Matrix
- Recreated classic Nokia Snake game on 16×18 WS2812B LED matrix using Arduino Uno and joystick interface
- Implemented dynamic gameplay with snake growth, speed progression, and random point generation
- Utilized linked list data structure for efficient snake body management
- Integrated buzzer feedback for game over events and LED matrix score display
Achievements
Winner — DDUC Tech Fest, Maze Solver Car Competition
Finalist — IIT Delhi Robot Fight Competition
Second — Electromania '25, Shaheed Rajguru
College (University of Delhi) Electronics Competition
Positions of Responsibility
- Leading club initiatives to motivate students across departments in robotics and enhance their technical skills
- Organizing robotics competitions and workshops to showcase student talent and foster innovation
- Enhancing electronics students' expertise in robotics through technical programs and mentorship
- Coordinating departmental robotics activities and skill development initiatives
Education
B.Sc. (Hons) Electronics 3rd-year
Interests
Robotics Projects, Electronics Design, Photography, Traveling, Reading Spiritual Books, Movies & Web Series